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Deriving Performance-Optimized Gestural Interaction – GESTURE
- Define the design space of gesture-based interaction - Elaborate a model of gesture-based interaction - Build an optimisation method for gesture-based interaction Technical results - A gestural vocabulary on an interactive watch published at the national HMI'17 conference. - A smartphone-based
DeseRt dUst Modeling : performance and Sensitivity evaluation – DRUMS
The main steps are (i) the development of a regional meteorological dust model by implementing specific parameterizations of dust emission, transport and deposition on-line in the Weather Research and Forecast (WRF) model, (ii) the evaluation of the quality of the resulting regional dust simulations
Design of Experiment for the Industry of transportation and Optimization – PEPITO
Recent advances in simulation (hardware and software) make its use more accessible, and engineering departments have changed from scarce and costly expert simulation, to more accessible engineering calculations carried out daily. Paradoxically, the proliferation of data and results dramatically incr
Design of calix[n]arenic detergents for structural and functional studies of ABC transporters – Stabicalix
1-Context and objectives of the project Our main objective is to obtain the first 3D-structure at atomic resolution of a MultiDrug-Resistance (MDR) ATP-Binding Cassette (ABC) transporter, a class of proteins for which biomedical interest is considerable and for which functional and structural data
Design of new high voltage SuperJunction power switches – SUPER SWITCH
The objective of this project is to fabricate Deep Trench SuperJunction power devices (diodes and MOSFETs) in the 600-1200 Volts voltage range. Deep vertical etchings were obtained by ICP-DRIE at LAAS and by electrochemistry at GREMAN. PIII implantations were performed on top wafer at IBS: it remain
Design of novel high strength ultrafine grain Al alloys via spinodal decomposition – SpinodalDesign
The need to reduce greenhouse gas emissions in transport - automobiles, aeronautics - makes it essential to develop light alloys with mechanical properties beyond those achieved by traditional processes. The objective of the SpinodalDesign project is to design such aluminum-based alloys, by combinin
Design of spintronic ferroelectric architectures for ultra-low power memories, post-CMOS logic and neuromorphic computing – SPINFROST
The tremendous increasing of data collection, analysis, storage and processing has raised concerns towards the optimization and rethinking of the edge-computing paradigm. Indeed, moving the data analysis and processing closer to the location where the data is collected and eventually stored, is the
Designing n-type Zintl phases for thermoelectric power generation applications – DENZIP
The thermoelectric properties of a material are characterized by the dimensionless thermoelectric figure of merit ZT defined as the ratio of the thermopower (also known as the Seebeck coefficient) squared times the absolute temperature divided by the product of the electrical resistivity by the tota
Development and characterization of a multifonctional window for energy savings and indoor air quality – WINFIL
The building sector represents 44% of the energy consumption in France. It is responsible of more than 123 million tonnes of C02 emissions, making it one of the key areas of the energy transition. At the same time, the increasing pollution of the air in urban areas, especially airborne particles, se
Development of 3rd generation duplex steels for automotive applications – MeMnAl Steels
The main issue is to develop high strength steels allowing a weight reduction over 20% of final parts. The forming of these grades has to be at the same order as the present commercial alloys. The developed steels have also to be easily processed in large quantities with the current industrial tools
